@w{@samp{FOO, BAR}} transposes into @w{@samp{BAR, FOO}} rather than
@samp{@w{BAR FOO,}}.
- @kbd{C-M-t} (@code{transpose-sexps}) is a similar command for transposing
-two expressions (@pxref{Lists}), and @kbd{C-x C-t} (@code{transpose-lines})
-exchanges lines. They work like @kbd{M-t} except in determining the
-division of the text into syntactic units.
+ @kbd{C-M-t} (@code{transpose-sexps}) is a similar command for
+transposing two expressions (@pxref{Expressions}), and @kbd{C-x C-t}
+(@code{transpose-lines}) exchanges lines. They work like @kbd{M-t}
+except in determining the division of the text into syntactic units.
A numeric argument to a transpose command serves as a repeat count: it
-tells the transpose command to move the character (word, sexp, line)
+tells the transpose command to move the character (word, expression, line)
before or containing point across several other characters (words,
-sexps, lines). For example, @kbd{C-u 3 C-t} moves the character before
+expressions, lines). For example, @kbd{C-u 3 C-t} moves the character before
point forward across three other characters. It would change
@samp{f@point{}oobar} into @samp{oobf@point{}ar}. This is equivalent to
repeating @kbd{C-t} three times. @kbd{C-u - 4 M-t} moves the word
A numeric argument of zero is assigned a special meaning (because
otherwise a command with a repeat count of zero would do nothing): to
-transpose the character (word, sexp, line) ending after point with the
-one ending after the mark.
+transpose the character (word, expression, line) ending after point
+with the one ending after the mark.
@node Fixing Case
@section Case Conversion